PEG226MH3470QE1

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Aluminum Electrolytic Capacitors are one of the most common components in the electrical industry. The PEG226MH3470QE1 is an aluminum electrolytic capacitor that has several unique properties that make it suited for a variety of applications. This article will discuss the application fields and working principle of the PEG226MH3470QE1.

The PEG226MH3470QE1 is an aluminum electrolytic capacitor with a 20.5mm maximum diameter and a 22mm maximum height. It is rated for a capacitance of 2.7mF and a working voltage of 400VAC, making it a suitable choice for filtering high voltage circuits in power supplies, generators, and other large-scale electrical applications. In addition, the PEG226MH3470QE1 is temperature-resistant and corrosion-resistant, making it an excellent choice for extreme temperature environments and hazardous areas.

The application field of the PEG226MH3470QE1 also includes applications in communication networks, where its high capacitance and robust construction make it suitable for use in telecom switching systems. The PEG226MH3470QE1 is also used in robotics and automation systems due to its high reliability and high performance. It is also suitable for use in power conditioning and regulation systems due to its ability to handle high operating frequencies.

The working principle of the PEG226MH3470QE1 is based on the electrolytic principle, which involves an electrolyte solution between two different electrodes. The two electrodes are made of aluminum, with one of them acting as the positive electrode, and the other as the negative electrode. The electrostatic field generated by the electricity flow creates a pressure within the capacitor, which stores electrical energy in the form of electrical potential.

The PEG226MH3470QE1 is a robust and reliable aluminum electrolytic capacitor that has been designed for several specific applications. Its high capacitance and operating voltage make it suitable for use in many power supplies, communication networks, robotics and automation systems, and power conditioning and regulation systems. Its working principle is based on the electrolytic principle, which involves an electrostatic field created by an electrical flow between two aluminum electrodes.

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